The network was trained on two noise levels (0% and 75%, red dots). During testing all 6 noise levels were shown (A) The agent achieves good performance on noise levels that were not seen during training (black dots). (B,C) The agent also learns to use an adequate number of observations on noise levels not seen during training (black dots (A), dashed lines (C)), indicating it has really learned a mechanism to integrate information and make a decision when enough evidence is collected.</p
AbstractSystematic measurements of perceptual learning were performed in the presence of external or...
In motor learning, our brain uses movement errors to adjust planning of future movements. This proce...
Learning from noisy data is very difficult. But if a certain method fails people often try again - i...
(A) The accuracy that the agent achieves at different levels of signal strength (i.e. 100—% noise). ...
<p>Before training, both information measures can be seen to be low. After training, the single cell...
grantor: University of TorontoPerformance in perceptual tasks often improves with practice...
<p>It can be seen that before training, the information content according to the single cell (<b>A</...
Performance in perceptual tasks often improves with practice. This effect is known as ‘perceptual le...
<p>Average classification performance of 100 networks trained with both STDP and IP on (A) the memor...
Classification accuracy of supervised network under different noise levels and for different network...
(a) Activity of a readout unit after learning a chunk at different noise levels: σ = 0 (black), 0.25...
(A) The task consisted of trials during which noisy stimuli from the MNIST dataset were shown. A tri...
When performing a perceptual task, precision pooling occurs when an organism’s decisions are based o...
<p>Each training session consisted of 400 trials. If 75% correct or better was achieved during a tra...
<p>A. Hit and false alarm rates for discrimination learning. Different experimental runs were aligne...
AbstractSystematic measurements of perceptual learning were performed in the presence of external or...
In motor learning, our brain uses movement errors to adjust planning of future movements. This proce...
Learning from noisy data is very difficult. But if a certain method fails people often try again - i...
(A) The accuracy that the agent achieves at different levels of signal strength (i.e. 100—% noise). ...
<p>Before training, both information measures can be seen to be low. After training, the single cell...
grantor: University of TorontoPerformance in perceptual tasks often improves with practice...
<p>It can be seen that before training, the information content according to the single cell (<b>A</...
Performance in perceptual tasks often improves with practice. This effect is known as ‘perceptual le...
<p>Average classification performance of 100 networks trained with both STDP and IP on (A) the memor...
Classification accuracy of supervised network under different noise levels and for different network...
(a) Activity of a readout unit after learning a chunk at different noise levels: σ = 0 (black), 0.25...
(A) The task consisted of trials during which noisy stimuli from the MNIST dataset were shown. A tri...
When performing a perceptual task, precision pooling occurs when an organism’s decisions are based o...
<p>Each training session consisted of 400 trials. If 75% correct or better was achieved during a tra...
<p>A. Hit and false alarm rates for discrimination learning. Different experimental runs were aligne...
AbstractSystematic measurements of perceptual learning were performed in the presence of external or...
In motor learning, our brain uses movement errors to adjust planning of future movements. This proce...
Learning from noisy data is very difficult. But if a certain method fails people often try again - i...